5results about How to "Optimize processing parameters" patented technology

The utility model discloses a V type bending machine, it is in solving the low bending precision of existing equipment, the problem of pressure can not monitor and poor adaptability, including frame, electric jar, pressure sensor, pressure head, pressure seat and pressure gauge, electric jar is fixed in frame through support, and its telescopic end is vertical and downward, and pressure sensor and pressure head are connected in proper order, and the bottom side of pressure head is equipped with V type convex, and pressure seat is opposite to pressure head, and is equipped with the matching V type groove, and both sides are equipped with positioning groove and positioning block, and are respectively used for product horizontal limit and end limit, and pressure gauge is connected with pressure sensor, and can display and store pressure information. The support is equipped with slide rail assembly and L type connecting seat, guarantees that pressure head moves stably, and pressure head and connecting seat, pressure seat and frame all are detachable connection through bolt. The utility model discloses through electric jar accurate drive, real -time monitoring and positioning optimization of pressure, improves bending precision and product quality, and the adaptability is strong, and it is convenient to maintain.

This invention provides a method to improve the consistency of wire-cutting data for large silicon wafers, addressing the problem that existing testing methods cannot provide consistent test data with the wire-cutting direction as the initial position for process debugging and R&D needs. A method is proposed that solves the wire-cutting data consistency problem by changing the initial test position and aligning the test path with the cutting direction, thus facilitating process adjustment and optimization of processing parameters. The initial test angle β is adjusted so that the angle α between the initial test angle and the notch direction is equal to β. The thickness steepness of the test data along the cutting direction is calculated to characterize the impact of cutting on the silicon wafer morphology.

To overcome the shortcomings of existing technologies in formulating optimal processing schemes that effectively suppress the initiation of service cracks, thus posing a potential safety hazard to metal components, this invention proposes a processing parameter optimization method based on crack suppression. Using in-situ tensile and SEM techniques, the core indicators of crack initiation during the service of metal components are taken as the direct targets for processing parameter optimization. This reveals the influence of differences in surface condition caused by processing parameters on microcrack initiation. Based on this influence, strain-crack density curves are established under different processing parameter combinations / parameters to screen out the optimal processing parameter combination / parameter. If the optimal processing parameter combination / parameter cannot be screened, the correlation between crack initiation point, surface damage type, and processing parameter combination / parameter is further established, and the optimal processing parameter combination / parameter is screened based on this correlation.

The application provides a turbine blade narrow slot grinding method, and the specific steps are as follows: selecting a CBN grinding wheel as a narrow slot grinding tool; according to the size of single grinding depth, the grinding process is divided into large depth of cut grinding and small depth of cut grinding; when the large depth of cut grinding is performed, the linear speed of the grinding wheel and the grinding depth are increased; when the small depth of cut grinding is performed, the linear speed of the grinding wheel and the workpiece feeding speed are increased, so that the rapid grinding of the narrow slot on the turbine blade is realized; and the tool wear form, machining efficiency, machining surface quality and the like in the cutting process are measured and analyzed, so that the problems of the original part failing to meet the design requirements and the machining efficiency being improved and the like are overcome.

This invention provides a design method for a casing treatment with stabilization and noise reduction functions. The method includes: constructing the wall impedance equation of the casing treatment using the equivalent distributed source method and the characteristic impedance model of porous materials; matching the perturbation continuity equation and momentum equation of the casing treatment section with the bladeless region of an axial compressor using the transfer element method; constructing the perturbation frequency characteristic equation of the axial compressor with casing treatment based on small perturbation theory; solving the perturbation frequency characteristic equation to obtain the perturbation frequency; determining the instability point of the axial compressor based on the imaginary part of the perturbation frequency; calculating the instability point of the axial compressor under different casing treatment parameters; and selecting the casing treatment parameters corresponding to the lowest instability point as the design parameters of the casing treatment. Implementing the technical solution of this invention can optimize the stabilization of the casing treatment. The casing treatment designed using the technical solution of this invention can achieve noise reduction due to the use of porous materials.